With increasing tensile stress due to dehydration, brittle fractures develop at these inhomogeneities.
The fractures grow with increasing dehydration and increasing tensile stress.
The experiments have shown that after irradiation, because of the intense tensile stresses formed at the stage of cooling, microcracks appear in the coating.
Second, the thermal stress induced by the beam should always be less than the tensile strength of the material.
This depth depends on the tensile strength of the host rock, the differential stress, the pore-fluid pressure and host-rock density.
The fracture grows with increasing dehydration and increasing tensile stress.
This is a violent, tensile space that becomes an analogue of the strangeness and volatility of poetic language.
The presence of nuclei which decrease the liquid tensile strength has no effect on the conclusion.
